Our In Vitro Laboratory Results

• Tested under simulated digestive conditions: acidic stomach environment pH 1.5 and near-neutral intestinal environment pH 7.0.

• Demonstrated up to 44 % binding of lipophilic compounds.

• In phthalate-exposed human cell models, cell viability without the composition dropped to around 10 %, whereas with our composition it was restored to the control level (up to 100 %)

• The tested composition helped protect cells from phthalate-induced damage.

• Reduced inflammatory markers IL-6 and TNF-α in cell models.

• The four-component formulation showed stronger protective activity than individual components or smaller combinations.

• Unlike activated charcoal, which acts broadly and non-specifically, this composition is being developed as a more targeted solution for binding lipophilic organic compounds, especially phthalates, across different digestive environments — both acidic stomach conditions and near-neutral intestinal conditions.

•A key unique feature of our formulation is its ability to form a gel matrix inside the digestive tract. Once hydrated, the dry powder swells and creates a protective gel-like network that helps capture lipophilic compounds, including phthalates